Skip to main content

Train Courses Problems Proof Blocks Tools Progress Account

⌄

AccountSign-in, membership, and settings Current courseCalculus IThemeAbout ProofAnvilLoading account…

Problem library

Find a problem

Search by course or topic.

Loading the problem library…

TrainCoursesProblemsProgressMoreTrain Courses Problems Progress

More

Proof Blocks Tools Account

ProofAnvil Practice$19 USD monthly · cancel any time

Pricing FAQ Features Roadmap Use with your agent Support Terms Privacy Refunds

Practice problems with hints and solutions · ProofAnvil

Problem library

Find a problem

Search by course or topic.

Search problems

Filters · 2 active

Area

AllMathPhysics

SubjectCourseTopic

Topic choices for Mechanics of Materials are shortened. Search still covers every problem.

StatusSkill

Skills match the applied subject and course.

Problem styleFind a private labelPrivate labelPrivate labels are visible only to you.Private labels ready.Favorites

Browsing still works.Sign in to use progress, saved problems and private labels. Problem search and previews remain available.

Progress labels

IndependentSolved with helpIncorrect / unresolvedDraft in progressNot attemptedReview due

Problem results

Sort

ProblemsClear skill: Axial Torsion Build a practice set

ProblemCourse & topicStatus

MOM:9904051A steel rod of length intended to be 1.000 m is mistakenly fabricated 1.20 mm too long.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904052A rigid, weightless beam of length 1.00 m is supported by two vertical rods attached at its ends: a steel rod on…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904053A hanging prismatic bronze bar of length 3.00 m, area 900 mm², and specific weight 86.0 kN/m³ is fixed at its…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904054A solid steel rod of diameter 16 mm and length 500 mm sits inside an aluminum tube of inner diameter 16.4 mm…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904055A steel bar of uniform area 360 mm² is fixed at the left end (x = 0) and is attached at the right end (x = 1.20 m)…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904056A hollow circular steel tube (outer diameter 40 mm, inner diameter 28 mm, L = 650 mm, E = 200 GPa) is filled and…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904057A rigid platform of negligible mass is suspended from a ceiling by three vertical rods lying in one plane: rod 1…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904058A vertical steel rod of length 1.50 m and area 200 mm² is fixed at its upper end and has a rigid stop collar at…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904059A bar fixed at both ends consists of a titanium segment on the left (L = 350 mm, A = 400 mm², E = 110 GPa, α = 9.0…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904060A turnbuckle connects two coaxial steel rods of area 180 mm² and combined free length 2.40 m.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904061A solid circular steel shaft has a diameter of 36 mm and is 850 mm long.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904062A hollow circular bronze tube has an outer diameter of 80 mm and an inner diameter of 52 mm.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904063A solid aluminum shaft 1.6 m long and 28 mm in diameter is twisted by 480 N·m.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904064A 2.2 m solid circular steel rod (G = 77 GPa) must transmit 950 N·m without the angle of twist exceeding 2.5°.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904065In a laboratory torsion test, a 14 mm diameter solid brass specimen with a 250 mm gage length twists through 1.80°…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904066A solid circular steel shaft rotates at 1200 rpm while transmitting 18 kW.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904067A hollow steel shaft with outer diameter 70 mm and inner diameter 45 mm transmits 45 kW at 480 rpm.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904068Two solid circular shafts of identical length and identical mass are made of the same steel.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904069A stepped steel shaft is fixed at A.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904070A motor applies 1.8 kN·m at gear D on a stepped steel shaft.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904071Mathematical problem title

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904072A solid brass core of diameter 20 mm is bonded to a surrounding steel tube of inner diameter 20 mm and outer…

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904073A uniform solid circular steel shaft 1.4 m long and 35 mm in diameter is built in at both ends.

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

MOM:9904074A solid circular shaft of diameter 40 mm is fixed against rotation at A (x = 0) and at C (x = 1.8 m).

Axial TorsionMechanics OF Materials Problem Solving

Axial loading and torsionMechanics of Materials · Calculation

—

Showing 24 of 50 matching problems.

Private labels

Edit private labels

Add labels that only you can see.

Problem

Current labels

Private labels are unavailable. Close this editor and try again.

New label

Use a short label.

A solid circular shaft consists of a 0.90 m aluminum segment

(G_al

= 28 GPa, d = 40 mm) rigidly joined end-to-end…